JP2017126069A - Character sheet and character set - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a character sheet and a character set capable of giving recognition of characters and the like by a visual sense and giving the recognition and the stimulation of a fingertip by the visual sense at the same time by raising a contour of the character printed on a base material so as to be traced by a finger, and enabling the characters and the like to be written within a contour by the existence of the contour, and further, activating a brain of a user by giving a stimulation to the fingertip through a writing utensil, and capable of improving a learning effect of the characters and the like and a rehabilitation effect to the intellectually impaired children and the impaired persons.SOLUTION: A character sheet includes: a printing layer where at least any of a contour of a character, a symbol, and a figure is printed on a base material made from paper, wood plate, resin, and fiber; and a raised layer formed on the printing layer. The printing layer is formed at least either of a front surface or a rear surface of the base material.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a character sheet and a character sheet set on which a character, a symbol, a number, or a graphic is printed on a substrate.

  Conventionally, there are cards, blocks, panels, and the like on which letters such as hiragana, katakana, and alphabets are printed on a sheet made of paper or resin as educational materials for children and children to learn letters. These are children's familiarity with characters through play, and remembering the characters that accompany them. For example, a “Rabbit” picture next to the “U” character is related to the character and the character. Some of them are printed together.

  Also, for example, on the surface of the coloring character paper, a border line is formed by bordering each independent line of the model character with a different color for each independent line, and a void portion for the coloring character is formed inside the frame surrounding the border line. A symbol indicating the writing order and writing position of the characters in the same color as the border line of the empty space in the vicinity of the writing position of each empty space (see Patent Document 1), a picture of a close object and the first of its names A combination of kana characters and engraved dents on the surface of a single piece of board, which can be traced and memorized (Patent Document 2), hiragana, katakana, kanji, alphabet, etc. A letter practice sheet in which a letter pattern shaped writing groove that is traced with a writing instrument on a resin sheet is printed or molded (see Patent Document 3) by indenting a letter on a cardboard or plastic with a shallow depth on a concave. In A groove for writing and writing is formed by applying a character pattern or the like to a homo- or copolymer-based polyacetal resin sheet by printing ink with an etching ink and then heat-treating it to form a concave surface (Patent Document 4). A panel is provided, and the panel is formed with wood or resin with a certain thickness, and one character is engraved on the surface of the panel (Patent Document 4).

Public Utility Model No. 60-39876 Published Utility Model No. 6-40971 Published Utility Model No. 6-40971 Public Utility Model No. 6-26936 Registered Utility Model No. 30487387

  In the present invention, by raising the outline of at least one of letters, symbols, numbers, or figures printed on the base material, this raised portion serves as a guide, and only allows writing of characters or the like within the outline. Rather, the presence of the outline gives a stimulus to the user's fingertip through the writing instrument, thereby simultaneously giving visual recognition of characters and the like and tactile recognition and stimulation to the fingertip, thereby activating the user's brain. To provide character sheets and character sheet sets that can improve the learning effect of letters, etc., and the rehabilitation effect for children with disabilities such as the brain and intellectual, as well as the training of writing. Is the purpose. Further, the character sheet and the character sheet set can promote activation of the user's brain by visual recognition, recognition by tactile sensation to the fingertip, and stimulation not only by writing with a writing instrument but also by using a finger trace.

  The teaching material for practicing brush strokes disclosed in Patent Document 1 encourages the development of the cerebrum by drawing it so that it does not protrude from the border line, and by using the same symbol and border line color, Infants who do not understand will be able to indicate the order in color. This is based on the premise that the provided blank space for characters is painted using a writing instrument such as a colored pencil. On the other hand, the character sheet and the character sheet set according to the present application can be trained so that the raised portion can serve as a guide and write characters in the outline, and can give the user both visual and tactile recognition. The object and effect are different from those disclosed in Patent Document 1.

The dial tool disclosed in Patent Document 2 is designed to memorize characters by synthesizing visual and tactile sensations by tracing a dent carved into the shape of a character. If you drag too much and trace the dent, there is a possibility that your finger will get a mark and in some cases you may get injured. The same applies to the character learning panel set disclosed in Patent Document 5.
In addition, although it is disclosed that the finger grasps the shape of the character by detecting the groove portion of the dent, this does not actively stimulate the finger and there is no suggestion about this.

  The purpose of the writing brush practice card disclosed in Patent Document 3 and the writing practice sheet disclosed in Patent Document 4 is to use a writing instrument such as a pencil or a pen. On the other hand, the character sheet and the character sheet set according to the present application can be trained so that the raised portion can serve as a guide and write characters in the outline, and can give the user both visual and tactile recognition. The object and effect are different from those disclosed in Patent Document 3.

  In order to achieve the above object, the character sheet of the present invention is characterized by having the following configuration.

(1) A character sheet according to the present invention includes a printed layer in which at least one of characters, symbols, numbers, and figures is printed on a substrate made of at least one of paper, wood board, resin, and fiber. And a raised layer formed on the printed layer, wherein the printed layer is formed on at least one of the front surface and the back surface of the substrate.

(2) In the configuration described in (1) above, a stroke order of at least one of the letters, symbols, numerals, and figures is placed in or near the area surrounded by the print layer on the substrate. It is characterized in that a stroke order display portion is formed.

(3) In the configuration described in (2) above, the region surrounded by the printing layer has a color, shading, or pattern that is different for each stroke of at least one of the characters, symbols, numbers, and figures, or these It is characterized by being printed in combination.

(4) In the configuration according to any one of (1) to (3) above, a stroke order representing a stroke order of at least one of characters, symbols, numbers, and figures of the print layer on the substrate. The feature is that a region portion is formed.

(5) In the configuration described in (4) above, the stroke order area portion has a different color, shading, pattern, or combination thereof for each stroke of at least one of characters, symbols, numbers, and figures on the print layer It is characterized by being printed at

(6) In the configuration according to any one of (4) and (5) above, each of at least one of letters, symbols, numerals, and figures in the region surrounded by the print layer on the base material The stroke color, shading, or pattern, or a combination thereof and the corresponding stroke color, shading, pattern, or combination thereof in the stroke order area are formed of the same color, shading, pattern, or a combination thereof. It is characterized by

(7) In the configuration according to any one of (1) to (6) above, a part of at least one of the outlines of characters, symbols, numbers, and figures is printed on the base material. And a second raised layer formed on the second printed layer.

(8) In the configuration described in (7) above, the stroke order of at least one of the characters, symbols, and figures is placed in or near the area surrounded by the second print layer on the base material. It is characterized in that a stroke order display portion is formed.

(9) In the configuration described in (8) above, the region surrounded by the printing layer may have different colors, shadings, patterns, or these depending on at least one of the characters, symbols, numbers, and figures. It is characterized by being printed in combination.

(10) In the configuration according to any one of (7) to (9) above, a plurality of the second printed layers and the second raised layers are formed on the base material, The areas where the second printed layer and the second raised layer are formed are different from each other, and the second printed layer and the second printed layer are arranged in order of increasing or decreasing the area. Its features.

(11) The character sheet set according to the present invention includes a plurality of character sheets having the configuration described in any one of (1) to (10) above.

In the character sheet and the character sheet set according to the present invention, the raised portion serves as a guide by raising the outline of at least one of characters, symbols, numbers, or figures printed on the base material. In addition to making it possible to write, by giving a stimulus to the user's fingertip through the writing tool due to the presence of the outline, simultaneously giving visual recognition of the printed characters and the like and tactile recognition and stimulation to the fingertip, This can activate the user's brain, improve the learning effect of letters, etc., and improve the rehabilitation effect for children with disabilities and persons with disabilities such as the brain and intellectual, and can also perform writing training. .
Further, the character sheet and the character sheet set can promote activation of the user's brain by visual recognition, recognition by tactile sensation to the fingertip, and stimulation not only by writing with a writing instrument but also by using a finger trace.
Such a character sheet set and a character sheet can be used repeatedly over and over, and the shape of the characters and the stroke order can be made easier to remember by recognizing the region of the characters and the like by bulging and finger tracing.
Furthermore, the character sheet and the character sheet set according to the present invention are not only educational materials for infants and children but also dementia prevention goods for the elderly, brain, intellectual and other rehabilitation goods for children with disabilities and persons with disabilities, etc. It can be used safely in a wide range of applications that require intellectual stimulation to the brain.
In addition, since the character sheet and the character sheet set have a plurality of characters to be printed, the same stroke is displayed in the same color, shading or pattern, or a combination thereof, so that any stroke of any character is printed. You can understand at a glance how many strokes you have, and make the stroke order easier to remember.

It is a front view of the character sheet which concerns on the 1st Embodiment of this invention. It is a perspective view of the character sheet which concerns on the same embodiment. It is a front view of the character sheet which concerns on the 2nd Embodiment of this invention. It is a front view of the character sheet which concerns on the 3rd Embodiment of this invention. It is a front view of the character sheet which concerns on the 4th Embodiment of this invention. It is a front view of the character sheet which concerns on the 5th Embodiment of this invention. It is a front view of the character sheet set which concerns on the 1st Embodiment of this invention. Results of muscle activity of the short ankle flexor, first dorsal interosseous muscle, long flexor carpal extensor, biceps, triceps, deltoid (middle) measured in the examples (third time) The figure showing a part of drawing result of a person with intellectual disability among persons with mild developmental disabilities and a person with motor developmental delay. The figure showing the average value of the numerical value of the muscle activity of all the members measured in the Example.

  Hereinafter, a first embodiment of the character sheet of the present invention will be described with reference to FIG. 1 and FIG.

  The character sheet 10 which concerns on 1st Embodiment consists of the base material 100, the printing layer 200, and the protruding layer 300, as shown in FIG.1 and FIG.2.

  The substrate 100 is made of at least one of paper, wood board, resin, and fiber, and paper is particularly preferably used. Further, for example, paper may be bonded onto a resin sheet, or a resin sheet may be bonded onto a wooden board.

The print layer 200 is formed by printing the letters “A” on the substrate 100. The printed layer 200 may be printed with only the outline of the character “A” as shown in FIG. 1 or may be printed with a portion other than the outline.
In the present embodiment, the character “A” is printed, but any number, English character, symbol, figure, or the like can be suitably printed.

The raised layer 300 is formed on the outline of the character “A” printed as the printed layer 200. In addition, although the raised layer 300 is formed so as to overlap with the printing layer 200 in FIG. 1, it may be formed so as to overlap a part of the printing layer 200.
Further, the raised layer 300 only needs to be formed on the outline of the character “A” so that the character “A” can be touched when the character is traced, and the character “A” is outlined. The thickness does not matter. However, the preferable thickness is 0.2 mm to 2 mm. The raised layer 300 may be formed by any method as long as it is formed on the outline of characters of the printed layer 200, and examples thereof include barco printing, UV embossing printing, and embossing silk printing. Of these forming methods, barco printing is particularly preferably used. The raised layer 300 preferably has a thickness of 0.01 to 0.3 mm.

  By providing such a raised layer 300, the character sheet 10 can write a character or the like within the outline due to the visual recognition of the character “A” printed as the print layer 200 and the presence of the raised layer 300. In this way, tactile recognition can be given to the user at the same time by giving stimulation to the fingertip through the writing instrument, thereby activating the user's brain, learning effects such as letters, brain, intellectual etc. The rehabilitation effect for children with disabilities and persons with disabilities can be improved. The character sheet 10 can be used not only by writing but also by finger tracing. Furthermore, the character sheet 10 can be used repeatedly over and over, and the character shape and stroke order can be made easier to remember.

  Such a character sheet 10 is manufactured by the following methods, for example.

  First, the printing layer 200 is formed by printing a predetermined character on the base material 100 made of paper. The print layer 200 may be formed directly on the base material 100. For example, another print layer is formed on the base material 100 in an area where the character is printed, and the print layer 200 is formed thereon. You may do it.

Next, a raised layer 300 is formed on the character outline of the printed layer 200.
The raised layer 300, for example, prints only the outline of characters on the substrate 100 as the printed layer 200, and resin powder (thermoplastic resin powder, thermally foamable resin powder, ultraviolet rays) on the printed layer 200 before the printed layer 200 dries. A curable resin powder or the like (for example, Barco powder) is distributed and the resin powder is adhered onto the printed layer 200. Thereafter, excess resin powder on the substrate 100 is removed and sucked, and the resin powder adhered on the printed layer 200 is heated and cooled, whereby the raised layer 300 is formed on the outline of the characters of the printed layer 200.

  Further, for example, after printing characters on the substrate 100 to form the print layer 200, ink is applied (printed) on the outline of the characters on the print layer 200, and resin powder is distributed before the ink is dried. Then, the resin powder is adhered onto the printing layer 200, and then the excess resin powder on the substrate 100 is removed and sucked, and the resin powder adhered on the printing layer 200 is heated and cooled to change the character of the printing layer 200. A raised layer 300 may be formed on the contour.

  A second embodiment of the character sheet of the present invention will be described with reference to FIG. The same parts and / or the same functions as those in the first embodiment will be described with the same numbers and the same symbols.

  As shown in FIG. 3, the character sheet 20 according to the second embodiment includes a base material 100, a printed layer 200, a raised layer 300, a stroke order region portion 400, and a dent portion 500.

  The substrate 100 is made of at least one of paper, wood board, resin, and fiber, and paper is particularly preferably used. Further, for example, paper may be bonded onto a resin sheet, or a resin sheet may be bonded onto a wooden board.

The print layer 200 is formed by printing the letters “A” on the substrate 100. Note that the print layer 200 may have different colors for the outline of the letter “A” and the other parts, or the same color. Moreover, only the outline may be printed.
In the present embodiment, the character “A” is printed, but any number, English character, symbol, figure, or the like can be suitably printed.

The raised layer 300 is formed on the outline of the character “A” printed as the printed layer 200. If the raised layer 300 is formed on the outline of the character “A” so that the character “A” can be touched and the “A” character can be outlined, Well, its thickness doesn't matter. However, the preferable thickness is 0.2 mm to 2 mm.
The raised layer 300 may be formed by any method as long as it is formed on the outline of characters of the printed layer 200, and examples thereof include barco printing, UV embossing printing, and embossing silk printing. Of these forming methods, barco printing is particularly preferably used. The raised layer 300 preferably has a thickness of 0.01 to 0.3 mm.
By providing such a raised layer 300, the character sheet 20 can write a character or the like within the outline due to the visual recognition of the character “A” printed as the printed layer 200 and the presence of the raised layer 300. In this way, tactile recognition can be given to the user at the same time by giving a stimulus to the fingertip through the writing instrument, thereby activating the user's brain, learning effects such as letters, brain, intellectual etc. The rehabilitation effect for children with disabilities and persons with disabilities can be improved. Further, the character sheet 20 can be used not only by writing but also by finger tracing. Furthermore, the character sheet 20 can be used repeatedly over and over, and the character shape and stroke order can be made easier to remember.

In FIG. 3, the stroke order area 400 is formed on the printed layer 300, but may be formed anywhere on the substrate 100.
The stroke order area 500 is provided with three stroke order areas 500a, 500b, and 500c in accordance with the number of strokes of the characters on the print layer 200, for example, in the case of the character “A”. The stroke order area 500a includes the first stroke, the stroke order area 500b includes the first stroke and the second stroke, and the stroke order area 500c includes the first stroke, the second stroke, and the third stroke. In other words, the stroke order area 500 is provided with a stroke order area corresponding to the number of strokes of characters on the printing layer 200, and the nth stroke order area counted from a specific direction describes strokes up to the nth stroke of the character. It is configured as follows.
As shown in FIG. 3, a line is drawn along each stroke in the first stroke in the stroke order area 500a, the second stroke in the stroke order area 500b, and the third stroke in the stroke order area 500c. An arrow is provided at the end of each stroke of the stroke in the direction of finishing writing. This makes it possible to clearly understand not only how many strokes each stroke has but also where the strokes start and end.

In addition, as shown in FIG. 3, the color of each stroke of characters on the printing layer 200 may be the same as the color of each stroke described in the stroke order area 500. That is, if the colors of the strokes described in the first stroke 200a and the stroke order area 500a, the second stroke 200b and the stroke order area 500b, the third stroke 200c and the stroke order area 500c of the characters in the print layer 200 are the same, This makes it clear at a glance how many strokes the stroke is, and can encourage the user to understand the stroke order of the characters.
In the present embodiment, the color of each stroke is the same. However, for example, the shading or pattern, or the combination of the color, shading, or pattern may be the same.

  Further, the recess 500 may be provided in the vicinity of the central portion in the longitudinal direction of the periphery of the substrate 100. In FIG. 3, two recesses 500 are provided, but one or three or more may be used. By providing such a depression 500, the user can easily grasp the character sheet 20.

  Such a character sheet 20 is manufactured by the following methods, for example.

  First, the printing layer 200 is formed by printing a predetermined character on the base material 100 made of paper. The print layer 200 may be directly formed on the base material 200. For example, another print layer is first formed on the base material 100 in the region where the character is printed, and the print layer 200 is formed thereon. You may do it.

  The print layer 200 may be formed, for example, so as to separate the outline of the character and the color of the character, and to separate the color, shading, pattern, or combination thereof of each stroke of the character. The characters may have the same color.

In addition, as a method for forming the raised layer 300, for example, only the outline of a character may be printed on the substrate 100 as the printed layer 200 first, and the raised layer 300 may be formed on the outline. It is also possible to print on the substrate 100, and then print only the outline of the character on the substrate 100 to form the raised layer 300 on this outline. Only the outline of the character may be printed on the substrate 100, and the raised layer 300 may be formed on the outline.
As this forming method, for example, a resin powder (thermoplastic resin powder, thermally foamable resin powder, ultraviolet curable resin powder) is formed thereon before the printed layer 200 which is the outline of characters printed on the substrate 100 is dried. Etc., for example, barco powder) and the resin powder is adhered onto the printed layer 200, and the excess resin powder on the substrate 100 is removed and sucked, and the resin powder adhered on the printed layer 200 is heated and cooled. Thus, the raised layer 600 is formed on the outline of the character of the printed layer 200.

  The stroke order area 400 may be formed before, after or simultaneously with the formation of the printing layer 200. Similarly, the recess 500 may be formed at any stage.

  Furthermore, a plurality of printing layers 200 may be printed on the base material 100, and a plurality of stroke order region portions 400 corresponding thereto may be formed. In this case, each stroke in each stroke order area 400 may be displayed with the same stroke in the same color, shading, or pattern, or a combination thereof, and the stroke color of each stroke of the characters on the print layer 200 and each stroke order area 200. The color of each stroke described in the above may be the same.

  A third embodiment of the character sheet of the present invention will be described with reference to FIG. The same parts and / or functions as those in the first and second embodiments will be described with the same reference numerals and symbols.

  As shown in FIG. 4, the character sheet 30 according to the third embodiment includes a base material 100, a printing layer 200, a raised layer 300, a stroke order display unit 600, and a region unit 700 surrounded by the printing layer.

  The substrate 100 is made of at least one of paper, wood board, resin, and fiber, and paper is particularly preferably used. Further, for example, paper may be bonded onto a resin sheet, or a resin sheet may be bonded onto a wooden board.

A plurality of printing layers 200 may be provided on the substrate 100, and are formed by printing the letters “ho”, “fu”, “ha”, “na”, and “su” as shown in FIG. ing. The print layer 200 may be divided into the color of the outline of the character and the color of the area surrounded by the color, or may be the same. Moreover, only the outline may be printed.
In the present embodiment, characters such as “ho” and “fu” are printed, but numbers, English characters, symbols, figures, and the like can be suitably printed.

In FIG. 4, the raised layer 300 includes “ho”, “fu”, “ha”, “na”, and “su” printed in the second row from the bottom of the outline of the characters printed as the printing layer 200. However, it may be formed on the outlines of the characters printed as all the printed layers 200, or may be formed on a part of the outlines.
The raised layer 300 may be formed on the outline of the character so that each character can be touched when the character is traced, and the character can be bordered. However, the preferable thickness is 0.2 mm to 2 mm. The raised layer 300 may be formed by any method as long as it is formed on the outline of characters of the printed layer 200, and examples thereof include barco printing, UV embossing printing, and embossing silk printing. Of these forming methods, barco printing is particularly preferably used. The raised layer 300 preferably has a thickness of 0.01 to 0.3 mm.

By providing such a raised layer 300, the character sheet 30 can visually recognize the characters “ho”, “fu”, “ha”, “na”, and “su” printed as the printing layer 200. In addition, the presence of the raised layer 300 makes it possible to write characters and the like within the outline, and simultaneously gives tactile recognition to the user by giving a stimulus to the fingertip through the writing instrument. Can improve the learning effect of characters and the like, and the rehabilitation effect for children with disabilities and persons with disabilities such as brain and intellectual. Further, the character sheet 30 can be used not only by writing but also by finger tracing. Furthermore, the character sheet 30 can be used over and over again, and the character shape and the stroke order can be made easier to remember.
Further, the character sheet 30 has both the character provided with the raised layer 300 and the character not provided, so that, for example, the character layer 30 is first traced after the character provided with the raised layer 300 to learn the shape and the like. It is also possible to perform a step-by-step training such as tracing 300 characters that are not provided.

  The stroke order display unit 600 indicates the stroke order of the characters “ho”, “fu”, “ha”, “na”, and “su” printed on the base material 100. The stroke order display unit 600 is preferably displayed at the position at the beginning of writing of each stroke as shown in FIG. 4, but may be any position as long as the stroke order is known. In addition, although the stroke order display part 600 is formed in the area | region enclosed by the printing layer 200 in FIG. 4, you may form in the vicinity and the display is also (1), (1) etc., for example. Any display can be used as long as it understands the order of writing, such as numbers or arrows.

In FIG. 4, the region 700 surrounded by the print layer 200 is different for each stroke of characters “ho”, “fu”, “ha”, “na”, and “su” printed on the substrate 100. By displaying different colors, for example, 700a is pink, 700b is blue, 700c is green, and 700d is yellow, it becomes clear at a glance how many strokes of each stroke of each character are, and the character by the user You can promote understanding of the stroke order.
In the present embodiment, the colors of the strokes are displayed differently. However, for example, the shades or patterns, or combinations of colors, shades, or patterns may be displayed differently.

  Such a character sheet 30 may be manufactured by the same method as the character sheets 10 and 20, for example.

  Next, a fourth embodiment of the character sheet of the present invention will be described with reference to FIG. The same parts and / or functions as those in the first to third embodiments will be described with the same reference numerals and symbols.

  As shown in FIG. 5, the character sheet 40 according to the fourth embodiment includes a base material 100, a printing layer 200, a raised layer 300, a stroke order display unit 600, and a region unit 700 surrounded by the printing layer.

  The substrate 100 is made of at least one of paper, wood board, resin, and fiber, and paper is particularly preferably used. Further, for example, paper may be bonded onto a resin sheet, or a resin sheet may be bonded onto a wooden board.

A plurality of print layers 200 may be provided on the substrate 100, or may be formed by printing a graphic such as a horizontal line as shown in FIG.
In the character sheet 40, for example, the entire horizontal line is printed on the uppermost cell to form the print layer 200 and the raised layer 300, and only the both ends of the horizontal line are printed on the lower cell. The layer 200 and the raised layer 300 are formed, and further, only the left end and the right end of the horizontal line are printed on the lower cell, so that the printed layer 200 and the raised layer 300 are formed, and there is nothing in the lowermost cell. For example, by first tracing the horizontal line provided with the raised layer 300 over the entire outline to learn its shape, etc., and then gradually practice the area where the raised layer 300 is gradually reduced. It is also possible to perform a step-by-step training such that a horizontal line can be drawn without the guide of the raised layer 300 or the printed layer 200.
The print layer 200 may be divided into the color of the outline of the horizontal line and the color of the area surrounded by the color, or may be the same. Moreover, only the outline may be printed.
In the fourth embodiment, the area where the raised layer 300 is formed gradually decreases as described above. For example, only the vicinity of both ends of the horizontal line is printed, and the printed layer 200 and the raised layer 300 are formed. Only a plurality of formed ones may be provided.

  The raised layer 300 may be formed on the outline of the horizontal line so that each horizontal line can be touched when the trace is traced, and the horizontal line is bordered. However, the preferable thickness is 0.2 mm to 2 mm. In addition, as a method for forming the raised layer 300, any method may be used as long as it is formed on the outline of the horizontal line of the printed layer 200, and examples thereof include barco printing, UV embossing printing, and embossing silk printing. Of these forming methods, barco printing is particularly preferably used. The raised layer 300 preferably has a thickness of 0.01 to 0.3 mm.

By providing such a raised layer 300, the character sheet 40 can write characters and the like within the contour due to the visual recognition of the horizontal line printed as the printed layer 200 and the presence of the raised layer 300 as described above. In this way, tactile recognition can be given to the user at the same time by giving a stimulus to the fingertip through the writing instrument, thereby activating the user's brain, learning effects such as letters, brain, intellectual etc. The rehabilitation effect for children with disabilities and persons with disabilities can be improved. Further, the character sheet 40 can be used not only by writing but also by finger tracing.
Furthermore, the character sheet 40 can be used over and over again, and the shape of a graphic such as a horizontal line and the stroke order can be made easier to remember.
In the fourth embodiment, horizontal lines are printed on the base material 100, but other various figures, symbols, and characters such as ◯, Δ, and Uzumaki may be printed in addition to the horizontal lines.

  The stroke order display unit 600 indicates the stroke order of horizontal lines printed on the substrate 100. The stroke order display unit 600 is preferably displayed at the position at the beginning of writing of each stroke as shown in FIG. 5, but may be any position as long as the stroke order is known. Although the stroke order display unit 600 is formed in a region surrounded by the print layer 200 in FIG. 5, it may be formed in the vicinity thereof, and the display may be, for example, (1), (one ), Etc., as long as the order is known.

  Such a character sheet 40 may be manufactured by the same method as the character sheets 10, 20, and 30, for example.

  A fifth embodiment of the character sheet of the present invention will be described with reference to FIG. The same parts and / or functions as those in the first to fourth embodiments will be described with the same reference numerals and symbols.

  As shown in FIG. 6, the character sheet 50 according to the fifth embodiment includes a base material 100, a printing layer 200, a raised layer 300, a stroke order display unit 600, and a region unit 700 surrounded by the printing layer.

  The substrate 100 is made of at least one of paper, wood board, resin, and fiber, and paper is particularly preferably used. Further, for example, paper may be bonded onto a resin sheet, or a resin sheet may be bonded onto a wooden board.

  A plurality of print layers 200 may be provided on the substrate 100, and are formed by printing a cross-shaped figure as shown in FIG. The print layer 200 may be divided into the outline color of the figure and the color of the area surrounded by the outline, or may be the same. Moreover, only the outline may be printed.

In the character sheet 50, for example, the entire cross is printed on the uppermost grid to form the print layer 200 and the raised layer 300, and the area other than the center of the cross is printed on the lower grid. The layer 200 and the raised layer 300 are formed, and further, only the upper part and the vicinity of the left part of the cross are printed on the lower cell, so that the printed layer 200 and the raised layer 300 are formed. For example, by first tracing the cross provided with the raised layer 300 over the entire outline to learn the shape, etc., and then gradually reducing the area where the raised layer 300 is formed. By practicing, it is possible to perform a step-by-step training such that a cross can be drawn without the guide of the raised layer 300 or the printed layer 200. In the printing layer 200, the color of the cross outline and the color of the area surrounded by the color may be separated or the same. Moreover, only the outline may be printed.
In the fifth embodiment, the area where the raised layer 300 is gradually formed is reduced as described above. However, for example, the printed layer 200 and the raised layer 300 are printed by printing other than the central part of the cross. Only a plurality of formed ones may be provided.

  The raised layer 300 is not particularly limited as long as it is formed on the outline of the cross so that each cross can be touched when it is traced, and the cross is bordered. However, the preferable thickness is 0.2 mm to 2 mm. The raised layer 300 may be formed by any method as long as it is formed on the cross outline of the printing layer 200, and examples thereof include barco printing, UV embossing printing, and embossing silk printing. Of these forming methods, barco printing is particularly preferably used. The raised layer 300 preferably has a thickness of 0.01 to 0.3 mm.

By providing such a raised layer 300, the character sheet 50 can write characters and the like within the contour due to the visual recognition of the cross printed as the printed layer 200 as described above and the presence of the raised layer 300. In this way, tactile recognition can be given to the user at the same time by giving a stimulus to the fingertip through the writing instrument, thereby activating the user's brain, learning effects such as letters, brain, intellectual etc. The rehabilitation effect for children with disabilities and persons with disabilities can be improved. Further, the character sheet 50 can be used not only by writing but also by finger tracing.
Furthermore, the character sheet 50 can be used repeatedly many times, and the character shape and the stroke order can be made easier to remember. In addition, the character sheet 50 can be used over and over again, and the shape of the figure such as a cross and the stroke order can be made easier to remember.
In the fifth embodiment, a cross is printed on the base material 100, but other various figures, symbols, and characters such as ◯, Δ, and Uzumaki may be printed in addition to the cross.

  The stroke order display unit 600 indicates the stroke order of a cross printed on the base material 100. The stroke order display unit 600 is preferably displayed at the position where each stroke is started as shown in FIG. 6, but may be any position as long as the stroke order is known. In addition, although the stroke order display part 600 is formed in the area | region enclosed by the printing layer 200 in FIG. 6, it may be formed in the vicinity and the display may be a combination of a number and an arrow. For example, any number may be displayed as long as the order is known, such as only numbers such as (1) and (1), only arrows, and the like.

As shown in FIG. 6, the first cross of the print layer 200 (a stroke shown as 1 in the stroke order display portion 600 (1 in the circle)) and the second stroke of the cross (stroke order display portion 600). Thus, the color of 2 (a stroke shown as 2 in a circle in the figure) may be different. By doing so, it becomes clear at a glance how many strokes each stroke is, and it is possible to prompt the user to understand the stroke order of characters and the like.
In the present embodiment, the colors of the strokes are displayed differently. However, for example, the shades or patterns, or combinations of colors, shades, or patterns may be displayed differently.

  Such a character sheet 50 may be manufactured by the same method as the character sheets 10, 20, 30, 40, for example.

  A temporary embodiment of the character sheet set of the present invention will be described with reference to FIG. In addition, the same number is attached | subjected to the same structure and the same function, and description is abbreviate | omitted.

  The character sheet set 100 includes a character sheet 20 and a character sheet 21. The base layers 400 and 900 of the character sheets 20 and 21 include print layers 500 and 1000 on which different characters “A” and “I” are printed, and stroke order areas 700 and 1200 corresponding to these characters, respectively. Is formed.

  The base material 900 is made of at least one of paper, wood board, resin, and fiber, and paper is particularly preferably used. Further, for example, paper may be bonded onto a resin sheet, or a resin sheet may be bonded onto a wooden board.

  The print layer 1000 is formed by printing the letters “I” on the substrate 900. Note that the print layer 1000 may have a different color for the outline of the letter “I” and other parts as shown in FIG. Moreover, only the outline may be printed.

  The raised layer 1100 is formed on the outline of the character “I” printed as the print layer 1000. It should be noted that the raised layer 1100 is formed on the outline of the character “I” so that the character “I” can be touched when the character is traced and the character “I” is outlined. Well, its thickness doesn't matter. However, the preferable thickness is 0.2 mm to 2 mm. The raised layer 1100 may be formed by any method as long as it is formed on the outline of characters on the printed layer 1000. Examples of the raised layer 1100 include barco printing, UV thick printing, thick silk printing, and the like. Of these forming methods, barco printing is particularly preferably used. The raised layer 1100 preferably has a thickness of 0.01 to 0.3 mm.

  The stroke order area 1200 is formed on the upper part of the print layer 1000 in FIG. 7, but may be formed anywhere on the substrate 900.

The stroke order area portion 1200 is provided with two stroke order areas 1200a and 1200b according to the number of strokes of characters on the print layer 1000, for example, in the case of the character “I”. The stroke order area 1200a contains the first stroke, and the stroke order area 1200b contains the first stroke and the second stroke. That is, the stroke order area 1200 is provided with a stroke order area corresponding to the number of strokes of characters on the print layer 1000, and the nth stroke order area counted from a specific direction describes strokes up to the nth stroke of the character. It is configured as follows.
As shown in FIG. 7, a line is drawn along each stroke in the first stroke in the stroke order area 1200a and in the second stroke in the stroke order area 1200b. An arrow is provided at the tip of the direction. This makes it possible to clearly understand not only how many strokes each stroke has but also where the strokes start and end.

Further, as shown in FIG. 7, the color of each stroke of the characters in the print layers 500 and 1000 may be the same as the color of each stroke described in the stroke order area 700 and 1200. That is, the strokes described in the first stroke 500a, 1000a and the stroke order areas 700a, 1000a, the second stroke 500b, 1000b, the stroke order area 700b, 1000b, the third stroke 500c, and the stroke order area 700c of the characters of the print layers 500, 1000. If the same color is used, it becomes clear at a glance by unifying how many strokes each stroke is, and it is possible to encourage the user to understand the writing order of characters.
In this embodiment, the color of each stroke is the same. However, for example, the shading or pattern, or the combination of the color, shading, or pattern may be the same.

  In addition to the character sheet set of the above embodiment, for example, a combination of character sheets 30, 40, and 50 may be used. The present invention is not limited to the above embodiment, and does not depart from the spirit of the present invention. Of course, various modifications are possible.

A plain paper on which a spiral figure was printed and a character sheet on which a spiral figure was printed and a raised layer was formed on the outline of the figure were prepared. These are 3 healthy adults (1 male, 2 females in the 40-50s range) and 2 developmentally disabled persons (mild intellectual disability and motor developmental delay) chiefly clumsy (both female: 20 years old) After 5 minutes of free practice time, the experiment was conducted under the following conditions.
・ Random finger flexor muscle, first dorsal interosseous muscle, long flexion side carpal extensor, biceps brachialis, upper arm Muscle activity of the triceps and deltoid muscles (middle part) was measured and analyzed. Regarding the results of the third implementation, part of the drawing results of those with developmental disabilities and those with mild intellectual disabilities and those with motor developmental delay are shown in FIG. 8, and the average values of the muscle activity of all are shown in FIG. Shown in
As is clear from FIG. 8 and FIG. 9, the stroke of the character sheet is clearly less in the drawn line and the trajectory length is shortened, and in the muscle activity, the movement of the finger per figure and the fixing of the writing instrument in the normal paper The muscle activity related to was large. From this result, it can be seen that the character sheet according to the present invention can suppress an excessive muscle activity of the user and can learn an accurate drawing line.

10, 20, 30, 40, 50, 21 ... character sheet 100, 900 ... base material 200, 1000 ... printed layer 300, 1100 ... raised layer 700, 1200 ... stroke order area portion 800 ... hollow portion 100 ... character sheet set

Claims (11)

A printed layer on which a contour of at least one of letters, symbols, numbers, and figures is printed on a substrate made of at least one of paper, wood board, resin, and fiber; and a raised layer formed on the printed layer A character sheet having
The printed sheet is formed on at least one of a front surface and a back surface of the base material.   The stroke order display portion indicating the stroke order of at least one of the letters, symbols, numbers, and figures is formed in an area surrounded by the print layer on the substrate or in the vicinity thereof. Item 12. The character sheet according to Item 1.   The region surrounded by the printing layer is printed with a different color, shading, pattern, or combination thereof for each stroke of at least one of the characters, symbols, numbers, and figures. 2. The character sheet according to 2.   The stroke order region portion representing at least one of the stroke order of letters, symbols, numbers, and figures of the printed layer is formed on the base material. The written character sheet.   The stroke order area portion is formed by printing at least one of strokes of characters, symbols, numbers, and figures in the print layer with different colors, shades, patterns, or combinations thereof for each stroke. Item 5. The character sheet according to Item 4.   The color, shading or pattern of at least one of the letters, symbols, numbers and figures in the area surrounded by the print layer on the substrate, or a combination thereof, and the corresponding strokes in the stroke order area 6. The character according to claim 4, wherein the character, the shading, the pattern, or a combination thereof is formed of the same color, the shading, the pattern, or a combination thereof. Sheet.   A second printed layer formed by printing a part of a contour of at least one of a character, a symbol, a number, and a graphic on the substrate; and a second raised layer formed on the second printed layer. It has, The character sheet of any one of Claims 1-6 characterized by the above-mentioned.   A stroke order display portion indicating a stroke order of at least one of the letters, symbols, numbers, and figures is formed in or near the area surrounded by the second print layer on the substrate. The character sheet according to claim 7.   The region surrounded by the printing layer is printed with a different color, shading, pattern, or combination thereof for each stroke of at least one of the characters, symbols, numbers, and figures. The character sheet according to 8.   A plurality of the second printed layer and the second raised layer are formed on the substrate, and the areas where the second printed layer and the second raised layer are formed are different from each other. The character sheet according to any one of claims 7 to 9, wherein the second print layer and the second print layer are arranged in order of increasing or decreasing area.   A character sheet set comprising a plurality of character sheets according to any one of claims 1 to 10.